Written By Gina Nienaber, Marketing Manager, SP Product and Solutions Marketing
This is the first blog out of a series of three covering “What is the Evolved Programmable Network (EPN) Era and Why Evolved Programmable Network (EPN) Now?”
Those of us who have been around in the industry for a few decades will remember the first arrival of the “big bad wolf” that tried to blow down the service provider’s house. This wolf presented itself in the form of the commoditization of IP services and high traffic growth rates that limited service provider profitability options forcing them to move away from dedicated TDM-based networks that supported a single video, voice, data, or mobile service. Service Providers partnered with Cisco (and others) to build more scalable and lower costs converged IP Next Generation Networks (IP NGNs) and entered the IP NGN era. In doing so, a new wave of innovation and service revenues followed.
Until of course, “the big bad wolf” arrived on the scene again, also known as “exponential traffic growth, especially in mobile video, and this time he brought his friend along for the ride -- the Internet of Everything (IoE). Cisco VNI predicts IP Traffic alone will grow 300 percent to 1.4 zettabytes annually by 2017. Most of you are already experiencing the pains of exponential traffic growth and some of you believe, as we do, the next wave of dramatic Internet growth will come through the confluence of people, process, data, and things — or the IoE! And IoE predictions are off the charts as well. Cisco estimates that 99.4 percent of physical objects in the world are still unconnected. With only about 10 billion of the 1.5 trillion things currently connected globally, there is vast potential to connect the unconnected via the IoE.
When you combine exponential traffic growth with IoE impact on the horizon what do service providers get? You guessed it -- cost and network complexity are rising at a faster rate than revenue. In order to deal with these challenges, (I would rather call them opportunities), network transformation is not optional, but essential for the next wave of growth and propriety.
This might also be a good time to mention the major innovations in cloud and virtualization technologies such as SDN and NFV are allowing for new agile competitors to enter into the market and are challenging traditional providers for their revenue streams by changing the service delivery game and giving the customer control over their service instantiation with consumption based business models. If you would like to review a quick snapshot of the challenges providers are facing today see the Cisco EPN At-A-Glance.
Are you convinced we need to move from the IP NGN Era to the EPN Era Yet? If not keep reading -- you will be.
Why Evolved Programmable Network? Read More »
Tags: Cisco EPN, Cisco Evolved Programmable Network, control, epn, esp, evolved services platform, IP and Optical Convergence, IPv6, NFV, ONE, programmability, SDN, Service Provider, SP open network environment, virtualization
Technische Universität Darmstadt, usually known as TU Darmstadt is a research university based in Germany. It was founded in 1877 and over the last 137 years has grown to be among the largest and most prestigious public universities in Germany serving over 25,000 students per year. It is the alma-mater to many world-wide leaders from Nobel prize winners, a CEO of a fortune 500 company, a president of a country and multiple World Robocup champions.
No wonder, they have a reference from Albert Einstein!
In 2009 TU Darmstadt embraced BYOD with the 5508 Series Controller managing the 1140 802.11n Access Points. Recently we talked to Thomas Vogel, the Head of Network Group and Andreas Liebe, the Network Services Manager who have over 15 years of experience managing WLAN environments. In this blog, we will describe some of the details of WLAN deployments using the 3850 Series Switch and the 5760 Series Wireless LAN Controller to address the new requirements in the school environment. Read More »
Tags: 3850, 5760, 802.11, 802.11ac, 802.11n, access, access point, account, AP, App, application, authorized, AVC, bring your own device, buildings, byod, Cisco, client, controller, Converged Access, darmstadt, deployment, devices, employee, encrypted traffic, environment, frankfurt, Germany, infrastructure, IPv6, LAN, management, network, policy, prime, Prime Infrastructure, requirements, research, school, security, services, standard, switch, technische, technology, trend, TU, TUD, unified access, Universität, university, user, visualize, wi-fi, wifi, wired, wireless, wlan
It is so great to be back in one of my favourite cities -- San Francisco ! It is particularly great to be here for one of my all time favourite events -- Cisco Live. This year of course is very special being the 25th anniversary. It is particularly exciting to see so much great innovation and energy being generated all over the event and not least of which by the World of Solutions. Read More »
Tags: #CiscoChampions, #CLUS, ciscolive, IPv6
The RDK -- the Reference Design Kit -- already catapulting into the cable landscape, by way of cloud-capable set-tops and gateways – is a hefty source of industry discussion as we head into ANGA COM, in Cologne.
As an active RDK Community member, we are already deeply involved with RDK launches, worldwide. We’re also poised to contribute an open source framework for broadband-oriented RDK equipment. So with that as a baseline, we’ll start the volley of “RDK at ANGA COM” with a quick update on some of our observations about the RDK marketplace, so far.
1) It really does make the launching of cool video services and rich, web-like navigation (much) faster. Allow me to tell you the tale of our colleagues at Hrvatski Telekom, in Croatia. Last year, the customer threw down the gauntlet with a request to flex its brand-new IPv6 network with IP video services, based on RDK — with a start-to-completion timeframe of 50 days.
Other design parameters: The user interface needed to be bi-lingual, and we needed Read More »
Tags: anga, ip video, IPv6, rdk, reference design kit, Service Provider, videoscape
Written By Amrit Hanspal, Senior Manager, Service Provider Lead, Network OS Tech Group
Cisco Live in San Francisco (next week!) offers a host of learning opportunities if you are part of a Service Provider, or a large Enterprise that offers services to internal groups. Let my blog be your guide to help you chart out all the different sessions that Cisco has to offer during the week, with a specific focus on the software capabilities of the routing and switching platforms in 4 key areas – IPv6, SDN, MPLS Transport & Ethernet Services, and IP Routing.
First up, IPv6! The exhaustion of IPv4 is not the only driving force for IPv6 adoption. Service Provider IPv6 deployments are rapidly ramping up with a majority of SPs looking towards IPv6. Join us for a recap on ‘IPv6 – From Intro to Intermediate’ (Session ID: BRKRST-2116) or join us to hear about our experiences in ‘Service Provider IPv6 Deployment’ (Session ID: BRKSPG-3300) where our IPv6 gurus highlight deployment best practices and real-world challenges. Security is key in IPv6 – and that’s the focus of ‘IPv6 Security Threats & Mitigations’ (Session ID: BRKSEC-2003). And since we are dealing with the networking, don’t worry, we got you covered with a Troubleshooting IPv6 session (Session ID: BRKRST-2304). See the full list of learning opportunities at here.
Next up, is SDN – Software Defined Networking. The industry’s latest Read More »
Tags: cisco live, ethernet, IP routing, IPv6, mpls, SDN, Service Provider